Sensing in Biomedical Engineering
- Chapter 1: Introduction and Generalities - History and Necessity of Using Biosensors
- Chapter 1: Characteristics and Principles of Biosensors (Body Sensors and Physical Principles of Sensing, Components of Sensors Including: Analyte Section, Receptor, and Transducer)
Future of Sensors in Medical Engineering
- Chapter 2: Sensor Performance Evaluation MetricsImportance of Performance Evaluation and Required RangeKey Performance Indicators:
- Chapter 2: Sensor Performance Evaluation MetricsKey Performance Indicators::+ Selectivity+ Limit of Detection+ Accuracy+ Response Time+ Recovery Time+ Lifespan+ Sample ConditionsSignal Processing
- Chapter 3: Types of Sensors Based on Transducers Introduction to Sensing Transducers Resistive Sensors
- Chapter 3: Types of Sensors Based on Transducers
Piezoelectric Sensors
Triboelectric Sensors
- Chapter 3: Types of Sensors Based on Transducers
Thermal Sensors
Magnetic Sensors
- Chapter 3: Types of Sensors Based on Transducers
Electrochemical Sensors (Amperometry, Potentiometry, and Impedance Metry)
Optical and Fluorescence Sensors
- Chapter 3: Types of Sensors Based on TransducersColorimetric SensorsPhotoelectrochemical Sensors
- Chapter 4: Bioreceptor-Based Sensor ClassificationIntroduction to Bioreceptors Antibody-Based Biosensors
- Chapter 4: Bioreceptor-Based Sensor Classification DNA-Based Biosensors
- Chapter 4: Bioreceptor-Based Sensor ClassificationEnzyme-Based Biosensors Non-Enzymatic Biosensors
- Chapter 4: Bioreceptor-Based Sensor ClassificationAptamer-Based Biosensors
- Chapter 4: Bioreceptor-Based Sensor ClassificationCell-Based Biosensors
- Chapter 5: Recent Advances in Biosensor TechnologyMicrofluidics IntegrationWearable Biosensors
- Chapter 5: Recent Advances in Biosensor Technology
Self-Powered Biosensors
Artificial Intelligence-Enhanced Biosensors